Selective and tunable ion transport through the angstrom size fluidic channels of van der waal materials: from iontronics to energy generation

Kalon, GopinadhanDhal, BiswabhusanBiswabhusanDhal2025-10-102025-10-102025-01-01http://repository.iitgn.ac.in0/handle/IITG2025/33037hbk.: 30 cm.en-US18310057Ph.DPhysicsNanofluidicsTwo Dimensional MaterialsVoltage GatingIconic MemristorHydrovoltaicDehydration EffectSelective and tunable ion transport through the angstrom size fluidic channels of van der waal materials: from iontronics to energy generationPh.D.xxix, 128p.Ph.D.123456789/620